This was a massive help when no other videos could explain it to me. Thanks a bunch!
Thank you so much! I really can't thank you enough. I couldn't grasp how the parameters were being parametrized, but your video made it super clear.
Very well described! Thank you for your explanations. :) And thank you for doing one more example. I always need a lot of examples to practice, practice, practice!
Thank you so much I've been struggling with this concept and now I understand it!
How do we know that the direction is from (1,8) to (4,3) and not opposite?
Why you take t values from 0 to 1
can u similarly make a video on how to find the paramterization equation of a surface having multiple points on a coordinate axis.
Sir I've watched ur real analysis playlist and it's very helpful for me....can u please upload videos on complex integrals.
Thank ypu so much for these amazing videos! I hope you can keep uploading more Calculus 2 and 3 content. Greetings from Mexico.
I certainly will, but it will take time. Let me know if you have any specific requests!
Thank you, that was helpful!!!
Glad to hear it, thanks for watching and let me know if you have any video requests!
great video! best explanation!
thank you from brazil! come to brasil
is this multivariable calculus?
It is indeed taught in multivariable calculus! And occasionally it is covered in a first year calc course.
Thank you so much! I am studying line integrals currently and I couldn't figure out how to parameterize a straight line and my answers were getting messed up, but your walk-through really made a difference!
Glad to help, thanks for watching!
Same for me!
Same
Same boat lol glad this guy was able to help
Same! But I was trying to parameterize the unit square